Used TELEDYNE Gen3 x8 #9151912 for sale

TELEDYNE Gen3 x8 is a high-performance prober specifically designed to optimally meet the demands of production applications. It is the only prober on the market that offers 8 independently controlled wafer probing channels that provide precise vertical and tilt alignment for maximum testing throughput. Its features also include 8 automatic prober sample loading, 8 independent electrical test channels, and 8 independent vacuum-controlled prober decks. Gen3 x8 prober provides precise, high-speed wafer probing for production support. Its step-motor-driven Z-Axis offers maximum accuracy and stability, and its adjustable tilt mechanism allows for positive, repeatable tilt alignment of wafers to the Probecard. The automated sample loader also enables efficient loading through a wide range of wafer sizes and configurations. TELEDYNE Gen3 x8 prober also features adjustable spring force, which helps protect the wafer and the test equipment. It simplifies the selection of different spring forces depending on the prober's configuration and the variation between wafers. In addition, its advanced temperature-regulated environmental control minimizes test-ring contamination. Gen3 x8 Prober also offers an accurate, repeatable contact force measurement, giving users greater control over the test process. TELEDYNE Gen3 x8 Prober also features high-quality test system protection. It offers redundant test unit power supplies to reduce power failure risks, and it has an optional surge protector to help guard against external power surges. In addition, its thermally managed cabinet helps protect the prober and its components, as well as the test machine. Overall, Gen3 x8 Prober is an excellent tool for production-level wafer probing. It offers incredible accuracy and performance along with numerous features to ensure reliable and efficient probing. Its user-friendly interface, advanced environmental control, and reliable protection make it an ideal solution for any production wafer testing needs.